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A stile and rail ballistic security door containing bullet proof materials within a metal or synthetic material frame including a plurality of window panes and thermal break means to eliminate condensation problems therein. The door contains a multi-layer exterior core providing extra strength and r

A stile and rail ballistic security door containing bullet proof materials within a metal or synthetic material frame including a plurality of window panes and thermal break means to eliminate condensation problems therein. The door contains a multi-layer exterior core providing extra strength and rigidity.

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1. A security door and frame assembly, comprising: a frame comprising structural members selected from the group consisting of steel, metal, stainless steel, copper, bronze, aluminum, titanium, wood, graphite polymer, graphene polymer, high density polyethylene polymers, nylon, and combinations ther

1. A security door and frame assembly, comprising: a frame comprising structural members selected from the group consisting of steel, metal, stainless steel, copper, bronze, aluminum, titanium, wood, graphite polymer, graphene polymer, high density polyethylene polymers, nylon, and combinations thereof; anda door comprising:a) a multi-layer exterior core comprising flat frame members including an exterior muntin divide, an exterior veneer, and exterior wood core, and an exterior steel core flat grid;b) a panel comprising strips of thermal break material;c) an interior bullet proof grid plate comprising at least one bullet resistant transparent or translucent pane comprising a glass or a synthetic material;d) a window pane divider grid; ande) a multi-layer interior core comprising a steel core interior flat plate, an interior wood core, an interior veneer, and an interior muntin divide;said multi-layer exterior core flat frame members bonding to one another comprising two vertical and two horizontal bands connecting together forming a rectangular band including a first T-shaped cavity defining an outer marginal edge of said rectangular band, a second T-shaped cavity defining an inner marginal edge of said rectangular band, a first T-shaped rectangular band being bonded into and around said first T-shaped cavity, and a second T-shaped rectangular band being bonded into and around said second T-shaped cavity. 2. The security door and frame assembly of claim 1 including thermal break material preventing condensation between said glass and said exterior steel grid comprising a strip of insulating material disposed between said glass and said exterior steel grid selected from the group consisting of a glazing tape, a two sided adhesive polyvinyl chloride material, a neoprene material, a closed cell foam glazing tape, and combinations thereof. 3. A security door and frame assembly, comprising: a frame comprising structural members selected from the group consisting of steel, metal, stainless steel, copper, bronze, aluminum, titanium, wood, graphite polymer, graphene polymer, high density polyethylene polymers, nylon, and combinations thereof;a door comprising:a) a multi-layer exterior core comprising flat frame members including an exterior muntin divide, an exterior veneer, and exterior wood core, and an exterior steel core flat grid;b) a panel comprising a thermal break material;c) an interior bullet proof grid plate comprising at least one bullet resistant transparent or translucent pane comprising a glass or a synthetic material;d) a window pane divider grid; ande) a multi-layer interior core comprising a steel core interior flat plate, an interior wood core, an interior veneer, and an interior muntin divide. 4. The security door and frame assembly of claim 3 wherein said panel of thermal break material preventing condensation between said glass and said exterior steel core flat grid comprises a strip of insulating material disposed between said glass and said exterior steel core flat grid selected from the group consisting of a glazing tape, a two sided adhesive polyvinyl chloride material, a neoprene material, a closed cell foam glazing tape, and combinations thereof. 5. The security door and frame assembly of claim 3 wherein said thermal break material is a nonconducting thermal break material disposed between said exterior steel core flat grid and around an outside edge of a plurality of glass panes sealing said plurality of glass panes against an steel divider panel and steel interior flat plate against temperature variations which can cause condensation problems. 6. A security door comprising: a) a multi-layer exterior core comprising flat frame members including an exterior muntin divide, an exterior veneer, and exterior wood core, and an exterior steel core grid;b) a panel comprising strips of a nonconducting thermal break material;c) an interior bullet proof grid plate comprising at least one bullet resistant transparent or translucent pane comprising a glass or a synthetic material;d) a steel window pane divider grid; ande) a multi-layer interior core comprising a steel core interior flat plate, an interior wood core, an interior veneer, and an interior muntin divide. 7. The security door of claim 6 wherein said panel of thermal break material preventing condensation between said at least one bullet resistant transparent or translucent pane and said exterior steel core grid comprises a strip of insulating material disposed between said at least one bullet resistant transparent or translucent pane and said exterior steel core grid selected from the group consisting of a glazing tape, a two sided adhesive polyvinyl chloride material, a neoprene material, a closed cell foam glazing tape, and combinations thereof. 8. The security door of claim 6 wherein said thermal break material is a nonconducting thermal break material disposed between said exterior steel core grid and around an outside edge of at least one bullet resistant transparent or translucent pane sealing said at least one bullet resistant transparent or translucent pane against an steel divider panel and steel interior plate against temperature variations which can cause condensation problems.